Good Management Process Practices: Extending process lifetime, producing more, and earning more money!

by in
All, Natural Gas

Things that we all know about but…

Are you interested? We can help you achieve these goals!

Let´s take a look:

MATERIALS CHANGE OUT & PROCESS CONDITIONS

  • Products and Their Characteristics
  • Loading
  • Start Up
  • Process Conditions

MOST FREQUENT PROCESS PROBLEMS

  • Product Quality Out of Specs
  • Cycle Premature Breakthrough
  • Fluid Dynamic Problems – (Channelling, Preferential flows, Pressure drop increasing, etc.)

PROCESS PROBLEMS – TYPICAL CAUSES

  • Design Process Conditions Changes (Feed Temperature, Pressure, Composition, etc.):
  • Equipment failures (Pipe welds, Valves, Heat Exchangers, etc.)
  • Inefficient Regeneration (Poor Regen. Gas Quality, Insufficient Regen. Gas, Flow Rate, Heating limitations, etc.)
  • Others (Dust/Fines, Liquid carry-over, Sulphur deposition, Bottom/Top screen plugging, etc.)
  • Contaminants and Aging Factors
  • Contaminants Effects

Let the Hengye Team support your business growth. Contact us…

Hengye Inc.
Houston, Texas
info@hengyeinc.com
1-844-308-3271

Related articles

Oxygen Concentrator Sieves: A Comprehensive Guide

Oxygen concentrator sieves, such as molecular sieves, play a crucial role in separating nitrogen from ambient air to concentrate and deliver high-purity oxygen. These sieves have uniform pores that selectively adsorb...
read more

Zeolite Molecular Sieve: Guide to Adsorption and Catalysis

Zeolite molecular sieves are used in various industries, including natural gas purification, air separation processes, petroleum refining, and industrial drying. They play a critical role in removing impurities, moisture, and contaminants...
read more

Carbon Dioxide Removal Sieves: Process and Applications

Carbon dioxide removal sieves, such as molecular sieves, function by selectively adsorbing CO2 molecules from gas streams. These sieves provide a highly efficient method for removing CO2 from various industrial processes,...
read more